Cordamente
NQ / ES futures

Intraday Breakout

Nasdaq futures, intraday

Backtest results · hypothetical, not live

Performance

2020–2026

Equity Curve

Jan 2020 →︎ Aug 2026 · hypothetical backtest · normalized to $100k start
$745k$558k$372k$186k$0
Jan 20Aug 21Apr 23Dec 24Jul 26

Drawdown

depth from prior peak
14.2%10.6%7.1%3.5%0.0%
Jan 20Aug 21Apr 23Dec 24Jul 26

Performance

Annualized return
33.1%
Sharpe ratio
1.18
Max drawdown
−15.5%

Detail

Sortino
1.65
Expectancy
0.55
PSR
56%
Win rate
33%
Beta
-0.02
Alpha
+20.40%
Avg win / loss
2.20% / -0.58%

Results from a single backtest on QuantConnect. Costs and slippage modeled per the strategy's deployment specification.

About

Universe
NQ / ES futures
Horizon
Intraday

An intraday breakout book on index futures. Every position is closed by the session close; nothing is held overnight.

2020 to 2026: 33.1% a year at a 1.18 Sharpe, with a 15.5% drawdown. Win rate is 33% and the average win is 3.8x the average loss, which is the usual shape of a breakout system: many small stops in exchange for a few large moves. Net of modeled commissions and slippage on every fill.

Sensitivity to the broad market is close to zero, so almost none of the return depends on whether stocks rise or fall. That is the reason it sits alongside the core book.

Execution costs

Every number on this page is already net of costs

Intraday strategies live or die on execution. A model that holds for weeks pays its costs a handful of times a year. This one pays them on every entry and every exit, hundreds of times a year, so a cost assumption that is even slightly too kind can manufacture an edge that does not exist. Nothing shown above is a gross figure. Costs are charged inside the backtest, trade by trade, before any statistic is computed.

Commissions on every fill

Each fill is charged an Interactive Brokers retail commission, per contract on futures and per share on ETFs, and charged per side, so a round turn pays twice. Retail pricing, not an institutional rate that is not actually available here.

Slippage as a price adjustment

On top of commissions, every fill is moved against the strategy by a slippage adjustment before the trade is booked. Buys fill worse than the modeled price, and so do sells. The adjustment is sized to cover the bid-ask spread and queue position on the instruments actually traded.

Stop fills calibrated to the broker

The platform default for stop fills runs optimistic for breakout strategies, because stops trigger in exactly the fast conditions where fills are worst. Modeled fills are compared against actual broker fills on the same signals, and the assumption is tightened until the backtest matches what the account actually gets.

What that means for the win rate and the average win

The win rate, loss rate, average win, and average loss shown above are all post-cost measurements. Costs push each result toward the losing side: a trade that finished a tick or two ahead gross ends up recorded as a small loss, winners are booked slightly smaller than the price move, and losers slightly larger. So the win rate you see is lower than the raw signal produces, and the ratio between the average win and the average loss is narrower.

That matters most for a low win-rate breakout strategy, where the arithmetic depends on a small number of large wins covering many small losses. Shrink the wins and inflate the losses on every trade and the whole structure can invert. Reading these statistics as already-degraded numbers is the point: the margin between the average win and the average loss is what survives the cost model, not what the signal looks like before it.

This is also why some intraday strategies built here are not on this site. They cleared every other test and then failed this one. The exact commission and slippage parameters, and the validation stages each strategy has to pass, are written up in full on the methodology page.